ECA IS-38-1987 Radial Lead Capacitors (Conformally Coated)《径向引线电容器》.pdf

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1、I EIA IS-3 7 3234600 0002326 7 -+ - a 06 e9 I v) I a a EIA INTERIM STANDARD Radial Lead Capacitors (Conformally Coated) IS-38 MARCH 1987 ELECTRONIC INDUSTRIES ASSOCIATION ENGINEERING DEPARTMENT EIA IS-38 87 323LIbOO 0002327 9 m NOTICE EIA Engineering Standards and Publications are designed to serve

2、the public interest through eliminating misunderstandings between manufacturers and purchasers, facilitating interchangeability and improvement of products, and assisting the purchaser in selecting and obtaining with minimum delay the proper product for his particular need. Existence of such Standar

3、ds and Pub- lications shall not in any respect preclude any member or non-member of IA from manufacturing or selling products not conforming to such Standards and Publications, nor shall the existence of such Standards and Publications preclude their voluntary use by those other than EIA members, wh

4、ether the standard is to be used either domestically or internationally. Recommended Standards and Publications are adopted by EIA without regard to whether or not their adoption may involve patents on articles, materials, or processes. By such action, EIA does not assume any liability to any patent

5、 owner, nor does it assume .any obligation whatever to parties adopting the Recom- mended Standard. or Publication. E EIA INTERIM STANDARDS EIA Interim Standards contain information deemed to be of technical value to the industry, and are published at the request of the originating Committee without

6、 necessarily following the rigorous public review and resolution of comments which is a procedural part of the development of an EIA Recom- mended Standard. EIA Interim Standards should be reviewed on an annual basis by the formulating Committee and a decision made on whether to proceed to develop a

7、n EIA Recommended Standard on this subject. EIA Interim Standards must be cancelled by the Committee and removed from the EIA Standards Catalog before the end of their fifth year of existence. This Interim Standard was formulated under the cognizance of the EIA P- 2.1 Working Group on Ceramic Capaci

8、tors. Published by ELECTRONIC INDUSTRIES ASSOCIATION Engineering Department 2001 Eye Street, N.W. Washington, D.C. 20006 PRICE: $9.00 Printed in U.S.A. - 1 EIA IS-38 87 M 3234600 0002328 O M IS-38 Page 1 IA STANDARD SPECIFICATIOS SHEET FOR SINGLE A.! MILTIPLE LAYER, ENCAPSULATED CERAMIC DIELECTRIC R

9、ADIAL LEAD CAPACITORS, CONFORMALLY COATED FIGURE 1 + .006(.10) T-UU s i .oj0(.7a SH-w D - .001(6 25U +lOC to +85 O C Capacitance Values: See Tables II, III or IV Dissipation Factor or (Q): See Table I in accordance with RS-198-CI1 Dielectric Strength: 250% of rated voltage Insulation Resistance: See

10、 Table I in accordance with RS-198-C-II Body Insulation: 500 VDC in accordance with RS-198-C-II Capacitance Values, Tolerances and Voltage: COG (NPO) - See Table II X7R - See Table III Z5U - See Table IV Terminal Strength: Method B5, RS-198-C-II, Test Condition A, 2.2 KGMS Minimum pull to destructio

11、n. ENVIRONMENTAL REQUIREMENTS: (1) The temperature coefficient capacitance or characteristics as shown in Table X in accordance with RS-1984-11. (2) When seal tested to RS-1984-11, capacitors shall meet the capacitance change, the Q (dissipation factor) and insulation resistance required of Table 1.

12、 (3) When life tested per RS-198-C-XI, the units shall meet the capacitance change. Q (dissipation factor) and Insulation resistance requirements of Table I. a EIA IS-EJA ? m 3234b00 0002342 5 m IS-38 Page 15 I I ocri P 6.0 ln mN +I +I Ei a a O cr) +I 0 vi cv O 4 + O U V iA iA I O n O !2 v c3 O o -

13、be b? m. U EIA IS-38 87 W 3234b00 O002343 7 W IS-38 Page 16 Part Number Designation: Part numbers will be made up from Tables II, III and IV in the following manner: Style - TCC Capacitance CCl7 10 COG(NP0) EIA Code CC2610 XR7 CC2915 z5u CC40-15 Tolerance* C = i ,25pF D = I .50pF F=f 1% G=* 22 J=I 5

14、2 K = I 102 M = i 202 2 = +go, -20% Volt age 25 50 1 O0 200 *Tightest tolerance available +.25pF or I 12 whichever is greater Example : From Table II 1100, +5A, 50 Wdc, COG in size CC2610. Correct Part Number = CC2610COG102J050 TABLE II CHARACTERISTIC COG(NP0) Available Vo 1 tage Ava i lab le Capaci

15、tance Btyle (Wdc 1 TCC Capacitance Tolerance* CCl7 10 50 COC(NP0) 10pF - 820pF C,D,F,G,J,K 1 O0 10pF - 470pF 200 10pF - 270pF CC26 1 O 50 COG(NP0) 910pF - 1800pF F,GsJ,K 1 O0 510pF - 1000pF 200 3OQpF - 560pF dC29 15 50 COG(NP0) 2000pF - 4700pF F,G,JsK 1 O0 1100pF - 2700pF 290 620pF - 100OpF CC40 15

16、50 COG(NP0) 5100pF - .OluF F,GsJsK 1 O0 3000pF - 4700pF 200 1100pF - 1800pF d a *Tightest tolerance available +.25pF or 2 12 whichever is greater CI EIA IS-38 7 m 3234600 0002344 9 m CC2915 i5-38 Page 17 25 X7R ,082uF - .18uF 50 .056uF - .10uF 1 O0 .027uF - .068uF . 200 5600pF - .022uF TABLE III CC4

17、015 CHARACTERISTIC X7R 25 X7 R .22uF - .27uF LOO .082uF - .10uF 50 .12uF - .22uF K, M 200 .027uF - .047uF Voltage . Available s tylc Wdc) TCC Capacitance v Style - I 220pF - .027uF 220pF - .012uF 220pF - 4700pF 220pF - 1800pF Available Voltage Available Capacitance (Wdc 1 TCC Capacitance Tolerance A

18、vailable Capacitance Tolerance CC1710 CC2610 CC29 15 CC40 15 .033uF - .068uF .Ol5uF - .047uF 5600pF - .022uF 2200pF - 4700pF 25 Z5U .OluF - .10uF z 50 .OluF - .10uF 2 100 .OluF - .022uF Z 25 z5u 15uF Z 50 .10uF Z 100 .033uF - ,047uF Z 25 z5u .18uF - .33uF Z 50 .15uF - .22uF Z 1 O0 ,068uF - .10uF Z 25 z5u .47uF - l.OuF z 50 .33uF - .47uF z 1 O0 .15uF - .22uF z K, M TABLE IV CHARACTERISTIC Z5U